CN1280951A - Elevator system having no machine room - Google Patents
Elevator system having no machine room Download PDFInfo
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- CN1280951A CN1280951A CN99127485A CN99127485A CN1280951A CN 1280951 A CN1280951 A CN 1280951A CN 99127485 A CN99127485 A CN 99127485A CN 99127485 A CN99127485 A CN 99127485A CN 1280951 A CN1280951 A CN 1280951A
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- Prior art keywords
- hawser
- pulley
- fixed
- counterbalanced weight
- wrapped
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B7/00—Other common features of elevators
- B66B7/02—Guideways; Guides
- B66B7/023—Mounting means therefor
- B66B7/027—Mounting means therefor for mounting auxiliary devices
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B32/00—Carbon; Compounds thereof
- C01B32/30—Active carbon
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B11/00—Main component parts of lifts in, or associated with, buildings or other structures
- B66B11/0035—Arrangement of driving gear, e.g. location or support
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B11/00—Main component parts of lifts in, or associated with, buildings or other structures
- B66B11/0035—Arrangement of driving gear, e.g. location or support
- B66B11/0045—Arrangement of driving gear, e.g. location or support in the hoistway
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B11/00—Main component parts of lifts in, or associated with, buildings or other structures
- B66B11/0065—Roping
- B66B11/008—Roping with hoisting rope or cable operated by frictional engagement with a winding drum or sheave
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- Engineering & Computer Science (AREA)
- Civil Engineering (AREA)
- Mechanical Engineering (AREA)
- Structural Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Inorganic Chemistry (AREA)
- Lift-Guide Devices, And Elevator Ropes And Cables (AREA)
- Types And Forms Of Lifts (AREA)
Abstract
An elevator system without a machine room is disclosed, where a built-in winding apparatus is installed in the interior of a hoistway for moving an elevator car. In addition, the elevator system is characterized in that a movement stroke of a counterweight is shorter than a movement stroke of an elevator car, and a reinforcing installation member is installed across an upper portion of a pair of counterweight guide rails which corresponds to an upper counterweight moving distance, and a pair of counterweight guide rails are integral with the reinforcing installation member, and the built-in winding apparatus is installed on the reinforcing installation member in such a manner that the elevator car is moved by a driving force transferred by a motor roping unit.
Description
The present invention relates to a kind of elevator device that does not have propulsion plant, be particularly related to a kind of elevator device of improved no propulsion plant, it is by installing a slim winch and removing the propulsion plant that is installed in well headroom in the prior art in hoistway, thereby can improve design with the adaptive capacity of installing and for the ability to bear of load, and be easy to safeguard with vibration.
Elevator device is used for transporting fast personnel or goods between the floor of building.Along with the industrialization of society, in building, elevator device must be installed.In addition, elevator device is in the industrial various uses that is used for.
Along with the increase that elevator device is used, the customer requirement elevator device has more performance.At present, elevator device has been made extensive studies at aspects such as speed, using escalator comfort, service lifes.Specifically, from loading personnel's viewpoint, what many people paid close attention to is safety problem.In many countries, for the safety of elevator device very strict regulation is arranged, to realize stable elevator device.
When an elevator device was installed, the owner of building had various installation methods.Generally speaking, the owner of building wishes that low price, long service life are installed, is easy to safeguard and elevator device that installation period is short.Elevator device is all studied according to above-mentioned trend by many elevator devices manufacturing company.
In existing typical elevator system, lift car is to be suspended in the hoistway by wirerope, and prevents the lift car sway by guide rail.A propulsion plant is installed in the top of building.Be installed in the propulsion plant with bonded assembly elevator reels such as motor, control panels.Hawser connects elevator reel and counterbalanced weight along the pulley groove of installing in addition.Counterbalanced weight compensated lift car counterweight, thereby make electric machine assembly drive the corresponding component of elevator device effectively.Counterbalanced weight is guided by the counterbalanced weight guide rail, to prevent its sway.
In addition, under the situation of high-rise, in order to overcome the overbalance between lift car and the counterbalanced weight, between lift car and counterbalanced weight bottom, be connected a compensation hawser, with the eccentric load of compensation wirerope counterbalanced weight.
In above-mentioned elevator device, at connect lift car and counterbalanced weight with hawser a kind of 1: 1 hawser pulling (roping) method is arranged, with driving operation according to 1: 1 method transmission elevator reel.
In a kind of 2: 1 hawser pulling method, pulley is not installed respectively on lift car and counterbalanced weight, and hawser is not connected with counterbalanced weight with lift car directly yet.In this hawser pulling method, hawser is connected with the top of building by pulley, and when rotating with convenient elevator reel, lift car and counterbalanced weight are raised and put down half length of hawser.Therefore, the actuating speed of electric machine assembly is the twice of 1: 1 hawser pulling method, thereby makes torque become half.
In above-mentioned elevator device, power supply and the rotating speed and the torque of electric machine assembly supplied with in control panel control.When electric machine assembly rotated, the elevator reel that is fixed on the electric machine assembly axle rotated, and the hawser on elevator reel groove is moved along a certain direction by frictional force drives, and lift car rises and descends according to the sense of motion of hawser like this.
In elevator device, because the lift car hawser pulling at elevator device top, hoisting equipment must be installed in the top of hoistway.In addition, do not influenced by surrounding environment in order to protect propulsion plant, propulsion plant is installed separately, and hoisting equipment and control panel are installed in the inside of propulsion plant.
As an example of above-mentioned existing elevator device, at the flat 4-50297(title of Japanese Utility Model: little elevator), the driving arrangement of lift car is installed on the connecting element that is fixed on the guide rail.Because driving arrangement is positioned on the height identical with the lift car ceiling height, and be contained in the inside of hoistway, and on the top of hoistway or from hoistway, stretch out, thereby make and driving arrangement need be installed in propulsion plant.Therefore, in this case, above-mentioned little elevator is suitable for little house.In addition, can obtain the elevator of a compactness.
In above-mentioned existing little elevator, guide rail is installed with the guiding car to ground, top from the bottom of hoistway, the counterbalanced weight guide rail then ground, lower part that leans on from the hoistway bottom to hoistway top is installed, so that obtain to install the needed space of driving arrangement between connecting element that is fixed in the balance upper part of weight guiding rail and hoistway ceiling surface.Be installed in the installing space because drive the deceleration and the hoisting equipment of the driving arrangement of lift car as representative type, just need a propulsion plant be installed in addition in the top or the side of hoistway, so little elevator just is applicable to little house.
In above-mentioned elevator device, because miniwatt reducing motor and reel are installed in the installing space between the upper stationary part that is formed at hoistway ceiling surface and counterbalanced weight guide rail, little elevator is applicable to little house, and the delivery that is less than 6 people service is provided.Above-mentioned little elevator is not suitable for the medium-sized elevator device and the large-scale elevator device that can deliver more passenger.In addition, just restricted because it is little to be formed on the space on hoistway top for the driving arrangement of wherein installing, and also the selection of hoisting equipment also is restricted.The axle engagement of reel and reducing motor and hawser on the reel with the typical elevator system that drives lift car thus in, when passenger's number increases, the size of reducing motor and reel increases, thereby can not be on the top of hoistway or the outside of hoistway in the known manner dividually between install machinery.
Another example as existing elevator device, in U.S. Patent No. 5,036,954 (titles: elevator), comprise lift car, be used for along the heavy guide rail of its shifting balance, be used for suspension craning cab and counterbalanced weight hawser, be used to use hawser to move the reel of car and counterbalanced weight and the elevator of elevator hoistways, it is shorter than the rail length of moving elevator car to be used for the heavy rail length of shifting balance, and the guide rail that is used for counterbalanced weight is positioned at the top of hoistway.
In above-mentioned elevator device, the move distance of counterbalanced weight is shorter than the move distance of lift car, and therefore, the lift car cross-sectional area increases with the ratio of hoistway cross-sectional area.Thereby, can utilize the space that is formed on below the counterbalanced weight.Because the guide rail of guiding counterbalanced weight motion is installed in the middle upper portion of hoistway, therefore, stably be supported on for bottom in the intermediate space part of hoistway this guide rail, need a definite strut member.This strut member is difficult to be installed in narrow hoistway inside.In addition, in the bottom of a counterbalanced weight guide rail is not structure by a supports support, that is, the bottom of this counterbalanced weight guide rail hangs and goes up at an upper portion thereof, and the lateral parts of this counterbalanced weight guide rail is supported, stability and can reducing service life.
In above-mentioned elevator device, actuating device is installed in the upper space part with the top of this counterbalanced weight guide rail hoistway spaced apart.In this case, the actuating device owing to the winding plant of being made up of reducing motor and reel is installed in hoistway inside, selectivity and the comformability reduction of this design to being used for high-capacity elevator device.
In US Patent 5,429,211 (exercise questions: traction reel formula elevator), provide a lift car along guide rail movement, along a counterbalanced weight of a counterbalanced weight guide rail movement, be used to hang a lifting rope of this lift car and counterbalanced weight and comprise one drive by drive set component and with the drive set component of above-mentioned lifting rope bonded assembly traction hinge wheel.The drive set component of this elevator is installed in the well headroom between the required hoistway of the moving conduit of lift car or its prolongation and this elevator cab movement.
Because above-mentioned traction reel formula elevator is installed in the top in formed space, make that the position of the winding plant of this drive set component is higher than the position of lift car when this lift car is positioned at the extreme higher position, therefore, the installing space of floor increases.In addition, because this winding plant is to be fixedly mounted in the upper lateral part space segment with guide rail hoistway spaced apart by a bracing or strutting arrangement, therefore, the mounting structure complexity.
In US Patent 5,823, No. 298 (exercise questions: traction reel formula elevator), the reel formula elevator with a traction reel and actuating device is installed in the hoistway that the guide rail that is used for guiding lift car and counterbalanced weight motion is housed.Lifting rope is by this traction reel pulling upward movement.Above-mentioned traction reel formula elevator comprises two deflection sheavies that are installed in this guide rail top.A deflection sheave moves to lift car from this traction reel, and another deflection sheave then moves to counterbalanced weight with a part of lifting rope from this traction reel.
In above-mentioned traction reel formula elevator, winding plant is installed in the centre portion apart from this hoistway of this car guide rail and counterbalanced weight guide rail certain distance.For example, two deflection sheavies are in the upper bond of counterbalanced weight guide rail, and supported as cantilever, and hauling rope then is wound on the winding plant and a top top deflection sheave of this centre portion, and is connected with counterbalanced weight with lift car; And two ends of this hauling rope are connected with the upper wall of hoistway and the top of counterbalanced weight guide rail.Be added in lifting rope tractive load on this pulley along a certain directive effect by the propulsive effort of winding plant, therefore, stability and reduction in service life.Because this winding plant and guide rail leave certain distance and be fixed on the intermediate wall portion of hoistway, therefore, the selectivity of hoistway Cross-section Design and applicability reduce.
In US Patent 5,878, in No. 847 (exercise questions: fixedly the device of elevator lifting rope), at least one end points of elevator lifting rope is connected with the counterbalanced weight guide rail with car guide rail, and lift car is hung by lifting rope, therefore, by car guide rail and counterbalanced weight guide rail the load of all vertical direction is added in the hoistway bottom.
In the device of said fixing elevator lifting rope, elevator can be installed at an easy rate, and since the load transfer of all vertical direction to the hoistway bottom, therefore, the structure of well enclosure lightens.
Yet, in above-mentioned lifting rope device, owing to be provided with a pulley that is positioned at guide rail top, winding plant and miscellaneous part, therefore, the topside complexity of hoistway, and hoistway length increases.In addition, owing to be installed in the top of each guide rail such as the heavy device of winding plant, miscellaneous part etc. as cantilever, the guide rail vibration increases, and therefore, reduce service life, and vibration noise increases.
In US Patent 5,899, in No. 301 (exercise questions: be installed in lift appliance and installation thereof on the guide rail), the lift appliance (being called the disc type winding plant later on) that has a disc type motor is installed on car guide rail or the counterbalanced weight guide rail, and, the guide rail that this disc type winding plant is installed is the parts that can increase the Mechanical Driven power of this disc type winding plant, and, be added in of the roll center transmission of the load of the vertical direction on the traction reel by the elevator lifting rope by a bearing.This disc type winding plant comprises a damping system that is used to make motion and vibration weakening.
In above-mentioned different elevator device, a kind of common representative type elevator promptly, has the elevator of a propulsion plant at well headroom, the workman who needs more building materials and build this propulsion plant, and the total size increases.
In addition, the overall balance weight that lift car, counterbalanced weight and steel cable constitute is supported by this winding plant, and winding plant is supported on the bottom of propulsion plant.Therefore, overall balance weight acts on the total of building.Building will design according to above-mentioned overall balance weight and supporting construction and load support wall, therefore needs more material, time and workman, and to the place of erection of elevator device determine also restricted.
Propulsion plant is given prominence at top of building, and the outward appearance of building is affected, and also restricted to the design of building.
Under the conditional situation of some regional depth of building, the height of building is subjected to the restriction of propulsion plant height.
The elevator that uses the disc type winding plant is lighter than the elevator that uses the representative type winding plant of being made up of reducing motor and the reel that engages with motor shaft, need installing space less, so maintenance cost reduction.
Above-mentioned disc type winding plant is the slim winding plant that can adopt the principle and the form of known motor, and its name of product is double flange dish (echo disk).In the elevator of no propulsion plant, propulsion plant is installed in top of building, and therefore the manufacturing cost that needs is higher, and the outward appearance of building is extremely important.In above-mentioned US Patent, announced a kind of novel elevator structure and a kind of novel wirerope device that does not have propulsion plant.
In the elevator device of above-mentioned common no propulsion plant, because the disc type winding plant is installed in the top of car guide rail or counterbalanced weight guide rail, therefore, when lift car and counterbalanced weight motion, vibration and swinging condition act on the top of guide rail, make noise increase, and shorten service life.
Therefore, the purpose of this invention is to provide a kind of elevator device that does not have propulsion plant, this elevator device by a slim winch is installed in hoistway so that the propulsion plant that removes in the prior art to be installed, thereby can improve design with the adaptive capacity of installing and for the ability to bear of counterbalanced weight load with vibration.
To achieve these goals, a kind of elevator device of the no propulsion plant according to first embodiment of the invention is provided, wherein, a built-in winding plant is installed in the elevator hoistways, be used for moving a lift car, this elevator device is characterised in that, the movement travel of a counterbalanced weight is shorter than the movement travel of lift car, be equipped with one across top and strengthen fabricated section corresponding to a pair of counterbalanced weight guide rail of upper flat weight miles of relative movement, this forms one to counterbalanced weight guide rail and described reinforcement fabricated section, and built-in winding plant is installed in such a way to be strengthened making lift car be moved by the propulsive effort of Electric Cord device transmission on the fabricated section.
To achieve these goals, a kind of elevator device of the no propulsion plant according to second embodiment of the invention is provided, wherein, an internally-arranged type winding plant is installed in hoistway inside, be used to drive lift car, this elevator device is characterised in that, the a pair of counterbalanced weight guide rail that guiding and balance support are heavy is shorter than a pair of car guide rail of guiding and support lift car, built-in winding plant is installed in the zone line between a upper area and the lower area, wherein, upper area is formed based on the lower surface of lift car when elevator car arrives hoistway top, lower area is formed based on the upper surface of counterbalanced weight when counterbalanced weight arrives the foot of hoistway, therefore, lift car is by built-in winding plant and arrive top.
To achieve these goals, a kind of elevator device of the no propulsion plant according to third embodiment of the invention is provided, wherein, an internally-arranged type winding plant is installed in hoistway inside, be used for moving elevator car, this elevator device is characterised in that, lift car is positioned at the centre portion of hoistway, built-in winding plant is positioned at an installing zone S2 at the front portion or the rear portion of hoistway, this installing zone is as the operation rim space, counterbalanced weight is positioned at the below of built-in winding plant, and a pair of car guide rail is at hoistway two side directed and support lift car two middle side parts, and a pair of counterbalanced weight guide rail is at guiding of the front and rear part of counterbalanced weight and the heavy middle part, front and back of balance support.
To achieve these goals, provide a kind of elevator device of the no propulsion plant according to fourth embodiment of the invention, wherein, an internally-arranged type winding plant is installed in hoistway inside, is used for moving elevator car, and described elevator device does not have propulsion plant.The elevator device of this no propulsion plant comprises: a structure, in this structure, the movement travel of counterbalanced weight is shorter than the movement travel of lift car, strengthening fabricated section for one installs across the top of the counterbalanced weight movement space of counterbalanced weight guide rail, described counterbalanced weight rail guidance and balance support are heavy, this forms one to the counterbalanced weight guide rail with strengthening fabricated section, and built-in winding plant is installed in to be strengthened on the fabricated section, thereby is used for by the mobile car of Electric Cord device transmission of drive force; A structure, in this structure, built-in winding plant is installed in the zone line between a upper area and the lower area, wherein, upper area is formed based on the lower surface of lift car when elevator car arrives hoistway top, lower area is formed based on the upper surface of counterbalanced weight when counterbalanced weight arrives orlop, and therefore, the upper surface of lift car is by built-in winding plant and arrive top; And structure, in this structure, lift car is positioned at the centre portion of hoistway, built-in winding plant is positioned at front portion or rear portion, counterbalanced weight is positioned at built-in winding plant below, a pair of car guide rail is installed is used for side directedly and support two middle side parts of lift car, and a pair of counterbalanced weight guide rail is installed is used in the middle part of heavy preceding and back of the guiding of the front and rear part of counterbalanced weight and balance support at hoistway two.
Other advantage of the present invention, purpose and feature become more apparent from following description.
Be elaborated so that the present invention is easier to understand below in conjunction with accompanying drawing.But accompanying drawing is a casehistory only, is not construed as limiting the invention.In the accompanying drawing:
Fig. 1 to Fig. 5 is the structural representation that the expression first embodiment of the invention is removed the no propulsion plant elevator device of hoistway, wherein:
Fig. 1 is its block diagram;
Fig. 2 is the block diagram of its wireline deployed structure of expression;
Fig. 3 is its front view;
Fig. 4 is its lateral plan; And
Fig. 5 is its planar view;
Fig. 6 to Figure 11 is the structural representation that the expression second embodiment of the invention is removed the no propulsion plant elevator device of a wall of hoistway, wherein:
Fig. 6 is its block diagram;
Fig. 7 is the block diagram of its wireline deployed structure of expression;
Fig. 8 is its front view;
Fig. 9 is its lateral plan;
Figure 10 is its planar view; And
Figure 11 is the enlarged drawing of its electric machine assembly of expression;
Figure 12 to Figure 17 is the structural representation that the expression third embodiment of the invention is removed the no propulsion plant elevator device of a wall of hoistway, wherein:
Figure 12 is its block diagram;
Figure 13 is the block diagram of its wireline deployed structure of expression;
Figure 14 is its front view;
Figure 15 is its lateral plan;
Figure 16 is its planar view; And
Figure 17 is the enlarged drawing of its electric machine assembly of expression;
Figure 18 to Figure 23 is the structural representation that the expression fourth embodiment of the invention is removed the no propulsion plant elevator device of a wall of hoistway, wherein:
Figure 18 is its block diagram;
Figure 19 is the block diagram of its wireline deployed structure of expression;
Figure 20 is its front view;
Figure 21 is its lateral plan;
Figure 22 is its planar view; And
Figure 23 is the enlarged drawing of its electric machine assembly of expression;
Figure 24 to Figure 28 is the structural representation that the expression fifth embodiment of the invention is removed the no propulsion plant elevator device of a wall of hoistway, wherein:
Figure 24 is its block diagram;
Figure 25 is the block diagram of its wireline deployed structure of expression;
Figure 26 is its front view;
Figure 27 is its lateral plan; And
Figure 28 is the enlarged drawing of its motor unit of expression.
Embodiments of the invention are described with reference to the accompanying drawings.
Fig. 1 to Fig. 5 is the structural representation that the expression first embodiment of the invention is removed the no propulsion plant elevator device of hoistway.Wherein: Fig. 1 is its block diagram; Fig. 2 is the block diagram of its wireline deployed structure of expression; Fig. 3 is its front view; Fig. 4 is its lateral plan; And Fig. 5 is its planar view.
In these figure, the lift car of label 1 expression delivery people or goods, label 2 is illustrated in the hoistway that wherein promotes and fall the lift car 1 in the building, and a counterbalanced weight of the counterweight in label 3 expression compensating elevator bridge railway carriage or compartments 1.In the bottom of hoistway 2 a pair of cage guide 4 is installed, is used to guide lift car 1 and moves to hoistway top from the hoistway bottom.And a pair of counterbalanced weight guide rail 5 is housed in the bottom of hoistway 2, be used to guide counterbalanced weight 3 moves to hoistway 2 from the bottom of hoistway 2 middle part.
Top across counterbalanced weight guide rail 5 is equipped with a reinforcement fabricated section 6.Counterbalanced weight guide rail 5 is not separated each other, and constitutes one with reinforcement fabricated section 6.For moving elevator car 1, strengthening on the fabricated section 6 an internally-arranged type winding plant 10 being installed.
In order when lift car 1 and counterbalanced weight 3 move down, to give lift car 1 and counterbalanced weight 3 vibration dampings, damper assembly 7 and 8 are housed in the bottom of hoistway 2.
In addition, the door of lift car 1 is represented with label 1a.
The length of preferred counterbalanced weight guide rail 5 is shorter than the length of car guide rail 4.Preferably the length of counterbalanced weight guide rail 5 is shorter than the overall length H of lift car 1.
Built-in winding plant 10 is contained in the middle part, this middle part is the intermediate space between a upper area and zone, a bottom, at this, upper area refers to the residing upper space of lower surface of lift car 1 when lift car 1 arrives hoistway 2 top, and lower area refers to the residing lower space of upper surface of counterbalanced weight 3 when counterbalanced weight 3 arrives foot, as a result, make lift car 1 arrive top by built-in winding plant 10.
For instance, counterbalanced weight guide rail 5 is mounted to its end is arranged on the suitable part of central region.Its upper end is positioned at lower edge length L 2 places of lift car 1 lower edge below, and lift car 1 is positioned at the length of upper edge L1 place of the below, upper end of car guide rail 4.
Also promptly, the length of counterbalanced weight guide rail 5 is shorter than the length of car guide rail 4: the overall length H+ length of upper edge L1+ lower edge length L 2 of lift car 1.Built-in winding plant 10 is contained in to be strengthened on the fabricated section 6, is fixed on the upper end of counterbalanced weight guide rail 5 and strengthen fabricated section 6, and is among the rim space S1 that forms between the lower surface of lift car 1 and the car guide rail 4.
Internally-arranged type winding plant 10 can adopt a double flange dish-type winding plant.Can adopt any slim winding plant that is contained in the hoistway 2.
As shown in Figure 5, lift car 1 is positioned at the middle part of hoistway 2, and built-in winding plant 10 is contained in front portion or rear portion.Counterbalanced weight 3 is positioned at built-in winding plant 10 belows.In addition, car guide rail 4 is mounted to and makes two middle parts of lift car 1 all be supported on the both sides of hoistway 2 and by its guiding, and counterbalanced weight guide rail 5 is mounted to and makes counterbalanced weight 3 before it and the supported and guiding in middle part, back.
For instance, car guide rail 4 is contained in the middle part of the both sides of hoistway 2, and counterbalanced weight guide rail 5 is contained among the front area S2 of hoistway 2, and car guide rail 4 and counterbalanced weight guide rail 5 are parallel to each other.
Formed an electric machine assembly by a pulley and a hawser, this electric machine assembly utilizes the drive force lift car 1 and the counterbalanced weight 3 of built-in winding plant 10.This Electric Cord device 100 operates by 1: 2 hawser pulling method.
In Electric Cord device 100, upper extreme point E1 is a following side of lift car 1, and lower extreme point E2 strengthens fabricated section 6.
Fig. 6 to Figure 11 is the structure that the expression second embodiment of the invention is removed the no propulsion plant elevator device of a wall of hoistway, and wherein: Fig. 6 is its block diagram; Fig. 7 is the block diagram of its wireline deployed structure of expression; Fig. 8 is its front view; Fig. 9 is its lateral plan; Figure 10 is its planar view; And Figure 11 is the enlarged drawing of its motor unit of expression.
In second embodiment of the present invention, the mounting means of lift car 1 makes the upper end of counterbalanced weight guide rail 5 be arranged in the shared last occupied area S3 of width of overall length H, and at this, lift car 1 is in the top of hoistway 2.In addition, be contained in the built-in winding plant 10 of strengthening fabricated section 6 places be installed among the S3 of occupied area top by under the zone in, reinforcement fabricated section 6 is fixed on the upper end of counterbalanced weight guide rail 5.
Therefore, when with lift car 1 during to top motion, the upper surface of lift car 1 arrives top by the top of counterbalanced weight guide rail 5.
Here, for other parts such as pulley etc. are installed, between the top of lift car 1 and hoistway 2, need a length of upper edge L1.
One end of hawser 101 is fixed on connecting element 1c place, and pulley 120 and pulley 121 are fixed on two middle side parts of the lower surface of lift car 1, and hawser 101 is pressed messenger cable rope method and is wrapped on the bottom of pulley 120 and pulley 121.Pulley 122 is fixed on the upper end of another car guide rail 4, hawser 101 is moved upward and is wrapped on the upper periphery surface of pulley 122, hawser 101 is moved downward and is wrapped on the lower external face of pulley 123 then, and pulley 123 is fixed on the last centre portion of counterbalanced weight 3.Hawser 101 is moved upward and is wrapped on the upper periphery part of driving reel 11 of built-in winding plant 10, and hawser 101 is moved downward and is fixed on the upper end of counterbalanced weight 3 then.
To second embodiment of the invention shown in Figure 11, pulley 120 and pulley 121 are installed in the bottom of lift car 1 at Fig. 6, and hawser 101 following messenger cable rope methods are wrapped on pulley 120 and the pulley 121, make the superjacent air space minimum of lift car 1 become possibility.
As shown in figure 11, in counterbalanced weight 3, on the counterbalanced weight material 3b bonded to frame 3a, the junction surface 3c of pulley 123 is fixed on the top of framework 3a, and an end of hawser 101 is fixed on connecting portion 3d place, and connecting portion 3d is fixed on the middle part of junction surface 3c.
Figure 12 to Figure 17 is the structural representation that the expression third embodiment of the invention is removed the no propulsion plant elevator device of a wall of hoistway, and wherein: Figure 12 is its block diagram; Figure 13 is the block diagram of its wireline deployed structure of expression; Figure 14 is its front view; Figure 15 is its lateral plan; Figure 16 is its planar view; And Figure 17 is the enlarged drawing of its motor unit of expression.
In third embodiment of the invention, the mounting means of lift car 1 makes the upper end of counterbalanced weight guide rail 5 be arranged in the last occupied area S3 of hoistway 2, and be installed in the upper area that the built-in winding plant of strengthening on the fabricated section 6 10 is arranged in occupied area S3, strengthen the upper end that fabricated section 6 is fixed on counterbalanced weight guide rail 5, like this, lift car 1 to top when motion lift car 1 the upper end of upper surface by counterbalanced weight guide rail 5 arrive top.
To shown in Figure 11, Electric Cord device 100 operates with following messenger cable rope method with 2: 3 the same with second embodiment of the invention pulling hawser methods as Fig. 6, but the structure difference of stay cord.
In Electric Cord device 100, an end of hawser 101 is fixed on fixed part 1c place, and pulley 120 and pulley 121 are fixed on the both sides center of lift car 1, and hawser 101 following messenger cable rope method ropes are on pulley 120 and pulley 121.Pulley 122 is fixed on the upper end of another car guide rail 4, and hawser 101 is moved upward and is wrapped on the upper periphery surface of pulley 122 then.Pulley 124 radially is fixed on the top of the driving reel 11 of built-in winding plant 10, is with gradient to link to each other with pulley 124 with driving reel 11 from the hawser 101 that deflection sheave 122 extends slightly with S shape downwards.Hawser 101 is moved downward and is wrapped on the following outer surface of pulley 123, and pulley 123 is fixed on the top of counterbalanced weight 3.Hawser 101 is moved upward and is wrapped on the last outside face of pulley 125, and pulley 125 is fixed on the bottom of the driving reel 11 of built-in winding plant 10.Hawser 101 is moved downward and the one end is fixed on the upper end of counterbalanced weight 3.
To third embodiment of the invention shown in Figure 17, the same to second embodiment of the present invention shown in Figure 11 with Fig. 6 at Figure 12, hawser twines based on 2: 3 pulling hawser methods.The upper extreme point E1 of hawser 101 is upper end fixed part 1c of hoistway 2, and lower extreme point E2 is the upper end of counterbalanced weight 3.But detailed cloth rope structure difference.
Figure 18 to Figure 23 is the structural representation that the expression fourth embodiment of the invention is removed the no propulsion plant elevator device of a wall of hoistway, and wherein: Figure 18 is its block diagram; Figure 19 is the block diagram of its wireline deployed structure of expression; Figure 20 is its front view; Figure 21 is its lateral plan; Figure 22 is its planar view; And Figure 23 is the enlarged drawing of its electric machine assembly of expression.
In the fourth embodiment of the present invention shown in Figure 18 to 23, the mounting means of lift car 1 makes the upper end of counterbalanced weight guide rail 5 be arranged in the last used area S3 of hoistway 2, is installed in the upper-side area that built-in winding plant 10 on the reinforcement fabricated section 6 that is fixed in counterbalanced weight guide rail 5 tops is arranged in used area S3.When lift car 1 during to top motion, its upper surface by counterbalanced weight guide rail 5 the upper end and arrive top.
In Electric Cord device 100, one end of hawser 101 is fixed on the fixed part 1c of hoistway 2 tops formation, pulley 120 and 121 is fixed on the centre portion of both sides, lift car 1 bottom, hawser 101 is pressed messenger cable rope method and is wrapped on pulley 120 and 121, pulley 122 is fixed on the upper end of another car guide rail 4, hawser is moved upward and is wrapped on the last external peripheral surface of pulley 122, the hawser 101 that is moved downward then is wrapped on the outside face of the pulley 123 that is fixed on middle side part on the counterbalanced weight 3, the hawser 101 that then is moved upward is wrapped on the outside face of driving reel 11 of built-in winding plant 10, the hawser 101 that then is moved downward is wrapped on the outside face of the pulley 126 that engages with the pulley connecting portion 3d of counterbalanced weight 3 so that hawser 101 is positioned on the pulley 123, and the hawser 101 that is moved upward then is fixed on to be strengthened on the fabricated section 6.
Figure 24 to 28 is the structural representations that show the no propulsion plant elevator device of a wall of fifth embodiment of the invention removal hoistway, wherein Figure 24 is its block diagram, Figure 25 is the block diagram that shows the wireline deployed structure, Figure 26 is its front view, Figure 27 is its lateral plan, and Figure 28 is the enlarged view of electric machine assembly.
In the fifth embodiment of the present invention, Electric Cord device 100 adopts 2: 4 hawser pulling methods to operate with following messenger cable rope method.Identical with the fourth embodiment of the invention shown in Figure 18 to 23, the upper extreme point E1 of hawser 101 is formed in the fixed part 1c on hoistway 2 tops, and its lower extreme point E2 strengthens fabricated section 6.And the details of its wiring structure is different.
In fifth embodiment of the invention, in Electric Cord device 100, one end of hawser 101 is fixed on the fixed part of hoistway 2 tops formation, pulley 120 and 121 is fixed on the centre portion of both sides, lift car 1 bottom, hawser 101 is pressed messenger cable rope method and is wrapped on pulley 120 and 121, pulley 122 is fixed on the top of another car guide rail 4, hawser 101 is moved upward and is wrapped on the last external peripheral surface of pulley 122 then, pulley 127 is bonded on driving reel 11 tops with built-in winding plant 10, hawser 101 is wrapped in S shape and drives on reel 11 and the pulley 127, pulley 123 and 123 ' is fixed on the top of counterbalanced weight 3, be wrapped on the external peripheral surface of pulley 123 from pulley 127 extended hawsers 101, then hawser is wrapped on the external peripheral surface of the pulley 128 on the centre portion of the reinforcement fabricated section 6 that is fixed on built-in winding plant 10.The hawser 101 that then is moved downward is wrapped on the outside face of pulley 123 ' of counterbalanced weight 3, and an end of hawser 101 is fixed on the part strengthening fabricated section 6.
In the elevator of no propulsion plant according to the above embodiment of the present invention, because the propulsive effort that drives reel 11 and be by built-in winding plant 10 is rotated, when lift car 1 being fallen by the propulsive effort that hawser loaded, counterbalanced weight 3 is raised, otherwise, when lift car 1 was raised, counterbalanced weight 3 was fallen.
In addition, in the prior art,, make that the outward appearance of building is attractive in appearance inadequately because propulsion plant is installed in the outside of building.But, in the present invention, can be by removing the design alternative scope that propulsion plant improves the outward appearance of building and improves building.
In the present invention, removed propulsion plant.When some regional depth of building is limited in the particular range, can make the height of the height increase of building corresponding to propulsion plant.
Owing to used similar built-in winding plant, to compare with the existing elevator of the typical winding plant that constitutes with reel that it engages with using by reducing motor, elevator device weight of the present invention is lighter.In addition, the installing space of its use is littler, and manufacturing cost and maintenance cost are significantly reduced.
Because the heavy counterbalanced weight guide rail of guiding and balance support is than guiding and to support the car guide rail of lift car short, and is equipped with the reinforcement fabricated section across the counterbalanced weight guide rail, so the counterbalanced weight guide rail becomes one with the reinforcement fabricated section.Built-in winding plant is installed in to be strengthened being used for coming moving elevator car by the propulsive effort that the Electric Cord device is transmitted on the fabricated section, makes the upper surface of lift car by built-in winding plant and arrive top.Therefore, winding plant can stand very strong vibration, has increased service life.Because the space that forms above the counterbalanced weight guide rail is very big, so the size of winding plant is unrestricted.In addition, also improved the comformability of design and installation, and be easy to safeguard.Counterbalanced weight service life and freedom from vibration have been improved.
In addition, when utilizing 1: 2 hawser pulling method,, may produce noise, thereby need retarder because the lift car sidepiece is 1: 1 hawser pulling method to lift car and counterbalanced weight pulling hawser.In addition, because the present invention adopts one-sided method for supporting, so the present invention can be applicable to the elevator of reduced size.In addition, when the present invention adopts 2: 4 hawser pulling methods, then do not use one-sided method for supporting, make its field of application can further improve.In this case, the lift car sidepiece utilizes 2: 1 hawser pulling method pulling hawsers, can obtain the effect of slowing down thus.Therefore, applicable to the winding plant of direct drive method.Because the load of lift car is assigned to two car guide rail, therefore the elevator device of this no propulsion plant is stable, and be improved its service life.
In addition, messenger cable rope method pulling hawser under this lift car basis.In another embodiment of the present invention, 2: 3 hawser pulling methods have been adopted partly.The deflection sheave that is fixed on the reinforcement fabricated section of winding plant can be used as the elevator reel, makes the number that can reduce deflection sheave.In the present invention, owing under the situation of not using additional pulley, can obtain the elevator angle of elevator reel 180 degree, therefore significantly reduced the number of pulley, and the counterweight of counterbalanced weight is 15 times of local 2: 1 hawser pulling methods.Therefore, compare with 2: 4 hawser pulling methods bigger advantage is arranged.
Though with the illustrative purpose preferred embodiments of the present invention have been disclosed for illustrative, the technology of the present invention personnel should be understood that under the prerequisite of the spirit and scope that do not depart from claims, can carry out various modifications, interpolation and replacement.
Claims (31)
1. elevator device that does not have propulsion plant, wherein, a built-in winding plant is installed in the elevator hoistways, be used for moving a lift car, this elevator device is characterised in that, the movement travel of a counterbalanced weight is shorter than the movement travel of lift car, be equipped with one across top and strengthen fabricated section corresponding to a pair of counterbalanced weight guide rail of upper flat weight miles of relative movement, this forms one to counterbalanced weight guide rail and described reinforcement fabricated section, and built-in winding plant is installed in such a way to be strengthened making lift car be moved by the propulsive effort of Electric Cord device transmission on the fabricated section.
2. elevator device as claimed in claim 1 is characterized in that, the length of described counterbalanced weight guide rail is than the total length (H) of the short lift car of car guide rail length.
3. elevator device as claimed in claim 1 is characterized in that, forms one and be used to install the length of upper edge (L1) that resembles parts such as pulley between the top of lift car and elevator hoistways.
4. elevator device as claimed in claim 1, it is characterized in that, an end of each counterbalanced weight guide rail is arranged in a central region, its top is positioned at a bottom with respect to lift car lower edge length (L2), and the bottom of the length of upper edge (L1) that lift car forms between car guide rail top and elevator cage top.
5. elevator device as claimed in claim 1, it is characterized in that, described counterbalanced weight guide rail is than overall length (H)+length of upper edge (the L1)+lower edge length (L2) of the short lift car of car guide rail, and described built-in winding plant is installed in one by in lower surface that is fixed on reinforcement fabricated section on the counterbalanced weight guide rail and lift car and the space (S1) that car guide rail forms.
6. elevator device as claimed in claim 1, it is characterized in that, be positioned at when top at lift car, the described upper end of each counterbalanced weight guide rail be arranged in one by the width of overall length (H) this part shared on occupied area (S3), be installed in the upper area that the built-in winding plant of strengthening on the fabricated section is arranged in occupied area (S3), so that at lift car during to top motion, the upper surface of lift car by the counterbalanced weight guide rail top and arrive top.
7. elevator device as claimed in claim 1, it is characterized in that, described Electric Cord device drives lift car with longer movement travel relatively and the counterbalanced weight that has less movement travel in same circulation, and spurs hawser to reduce the driving torque of built-in winding plant by a kind of local hawser pulling method.
8. elevator device as claimed in claim 1 is characterized in that, described Electric Cord device is pressed messenger cable rope method pulling hawser.
9. elevator device as claimed in claim 1 is characterized in that, in described Electric Cord device, a upper extreme point (E1) is a side lower part of lift car, and a lower extreme point (E2) is to strengthen fabricated section.
10. elevator device as claimed in claim 1 is characterized in that, in described Electric Cord device, the upper extreme point of hawser (E1) is formed in a fixed part on elevator hoistways top, and its lower extreme point (E2) is a top of counterbalanced weight.
11. elevator device as claimed in claim 1 is characterized in that, in described Electric Cord device, the upper extreme point of hawser (E1) is formed in a fixed part on elevator hoistways top, and its lower extreme point (E2) is one and strengthens fabricated section.
12. elevator device as claimed in claim 1, it is characterized in that, in described Electric Cord device, one end of hawser is fixed on a fixed part that is formed at the lift car bottom, and hawser is moved upward and it is wrapped on the last outside face of the pulley that is fixed on car guide rail top then; A pulley is bonded on the driving reel top of built-in winding plant, and hawser is pressed S shape on described driving reel and this pulley; A pulley is fixed on the top of counterbalanced weight, again with hawser on the following outside face of this pulley; Hawser is moved upward and is fixed on the end of described reinforcement fabricated section then, thereby realizes a kind of 1: 2 hawser pulling method.
13. elevator device as claimed in claim 1 is characterized in that, described built-in winding plant is a double flange dish.
14. elevator device as claimed in claim 1 is characterized in that, described Electric Cord device spurs hawser by local 2: 3 hawser pulling methods with following messenger cable rope method.
15. elevator device as claimed in claim 1 is characterized in that, described Electric Cord device spurs hawser by local 2: 4 hawser pulling methods with following messenger cable rope method.
16. elevator device as claimed in claim 10 is characterized in that, described fixed part is the top of car guide rail.
17. elevator device as claimed in claim 10 is characterized in that, described fixed part is a connecting element that is fixed on the elevator hoistways inner wall surface.
18. elevator device as claimed in claim 10 is characterized in that, described fixed part is a connecting element that is fixed between car guide rail top and the elevator hoistways inner wall surface.
19. elevator device as claimed in claim 14, it is characterized in that in described Electric Cord device, an end of hawser is fixed on the fixed part that is formed on elevator hoistways top, pulley is fixed on the following centre portion of lift car, and hawser is pressed messenger cable rope method on pulley; A pulley is fixed on the top of another car guide rail, and hawser is moved upward and is wrapped on the last outside face of this pulley; Hawser is moved downward and is wrapped on the outside face that is fixed on the pulley of centre portion on the counterbalanced weight then; Hawser is moved upward and is wrapped on the last outside face of driving reel of built-in winding plant; Then hawser is moved downward and is fixed on the top of counterbalanced weight.
20. elevator device as claimed in claim 14, it is characterized in that, in described Electric Cord device, one end of hawser is fixed on the fixed part that is formed on hoistway top, a pulley is fixed on the following centre portion of lift car, and hawser is pressed messenger cable rope method and is wrapped on the lower surface of pulley; A pulley is fixed on the top of car guide rail, and hawser is moved upward and is wrapped on the last outside face of this pulley; A pulley along inclined direction is fixed on the top of the driving reel of built-in winding plant, and hawser is moved downward and is with slightly S-shaped being wrapped in gradient ground to drive on reel and this pulley; Hawser is moved downward and is wrapped on the following outside face of the pulley that is fixed on counterbalanced weight top; The hawser that is moved upward is wrapped on the last outside face of pulley of the driving reel bottom that is fixed on built-in winding plant, then the hawser that is moved downward is fixed on the top of counterbalanced weight.
21. elevator device as claimed in claim 15, it is characterized in that, in described Electric Cord device, one end of hawser is fixed on the fixed part that is formed on hoistway top, a pulley is fixed on the following centre portion of lift car, and hawser is pressed on the following outside face that messenger cable rope method is wrapped in pulley; A pulley is fixed on the top of car guide rail, and hawser is moved upward and is wrapped on the last outside face of this pulley; The hawser that is moved downward is wrapped on the following outside face of the pulley that is fixed on centre portion on the counterbalanced weight; The hawser that is moved upward is wrapped on the last outside face of driving reel of built-in winding plant; The hawser that is moved downward is wrapped on the following outside face of the pulley that is fixed on counterweight block top; The hawser that is moved upward subsequently is fixed on to be strengthened on the fabricated section, thereby realizes 2: 4 hawser pulling methods.
22. elevator device as claimed in claim 15, it is characterized in that in described Electric Cord device, an end of hawser is fixed on the fixed part that is formed on hoistway top, a pulley is fixed on the following centre portion of lift car, and hawser is pressed messenger cable rope method and is wrapped on the pulley; A pulley is fixed on the top of car guide rail, and hawser is moved upward and is wrapped on the last outside face of this pulley; A pulley is bonded on the top of the driving reel of built-in winding plant, and S-shaped being wrapped in of hawser drives on reel and this pulley; A pair of pulley is fixed on the top of counterbalanced weight, and the hawser that is moved downward from top sheave is wrapped on the following outside face of pulley; The hawser that is moved upward is wrapped on the last outside face of the pulley in the middle part of the reinforcement fabricated section that is fixed on built-in winding plant; The hawser that is moved downward is wrapped on the following outside face of the pulley that is fixed on the counterbalanced weight; Subsequently, the hawser that is moved upward is fixed on the part of strengthening fabricated section.
23. elevator device that does not have propulsion plant, wherein, an internally-arranged type winding plant is installed in hoistway inside, be used to drive lift car, this elevator device is characterised in that, the a pair of counterbalanced weight guide rail that guiding and balance support are heavy is shorter than a pair of car guide rail of guiding and support lift car, built-in winding plant is installed in the zone line between a upper area and the lower area, wherein, upper area is formed based on the lower surface of lift car when elevator car arrives hoistway top, lower area is formed based on the upper surface of counterbalanced weight when counterbalanced weight arrives the foot of hoistway, therefore, lift car is by built-in winding plant and arrive top.
24. elevator device that does not have propulsion plant, wherein, an internally-arranged type winding plant is installed in hoistway inside, be used for moving elevator car, this elevator device is characterised in that, lift car is positioned at the centre portion of hoistway, built-in winding plant is positioned at an installing zone (S2) at the front portion or the rear portion of hoistway, this installing zone is as the operation rim space, counterbalanced weight is positioned at the below of built-in winding plant, a pair of car guide rail is at hoistway two side directed and support lift car two middle side parts, and a pair of counterbalanced weight guide rail is at guiding of the front and rear part of counterbalanced weight and the heavy middle part, front and back of balance support.
25. an elevator device that does not have propulsion plant, wherein, an internally-arranged type winding plant is installed in hoistway inside, is used for moving elevator car, and the elevator device of described no propulsion plant comprises:
A structure, in this structure, the movement travel of counterbalanced weight is shorter than the movement travel of lift car, strengthening fabricated section for one installs across the top of the counterbalanced weight movement space of counterbalanced weight guide rail, described counterbalanced weight rail guidance and balance support are heavy, this forms one to the counterbalanced weight guide rail with strengthening fabricated section, and built-in winding plant is installed in to be strengthened on the fabricated section, thereby is used for by the mobile car of Electric Cord device transmission of drive force;
A structure, in this structure, built-in winding plant is installed in the zone line between a upper area and the lower area, wherein, upper area is formed based on the lower surface of lift car when elevator car arrives hoistway top, lower area is formed based on the upper surface of counterbalanced weight when counterbalanced weight arrives orlop, and therefore, the upper surface of lift car is by built-in winding plant and arrive top; And
A structure, in this structure, lift car is positioned at the centre portion of hoistway, built-in winding plant is positioned at front portion or rear portion, counterbalanced weight is positioned at built-in winding plant below, a pair of car guide rail is installed is used for side directedly and support two middle side parts of lift car, and a pair of counterbalanced weight guide rail is installed is used in the middle part of heavy preceding and back of the guiding of the front and rear part of counterbalanced weight and balance support at hoistway two.
26. elevator device as claimed in claim 25, it is characterized in that, when elevator car arrives hoistway top, a upper end of counterbalanced weight guide rail is arranged in one by the shared last occupied area (S3) of the width of overall length (H), be installed in the upper area that the built-in winding plant of strengthening on the fabricated section is arranged in occupied area (S3), when lift car during to top motion, the upper surface of lift car by the counterbalanced weight guide rail top and arrive top.
27. elevator device as claimed in claim 25, it is characterized in that, in described Electric Cord device, an end of hawser is fixed on the fixed part (b) that is formed on the lift car bottom, and hawser is moved upward and is wrapped on the last outside face of the pulley that is fixed on car guide rail top; A pulley is bonded on the top of the driving reel of built-in winding plant, and S-shaped being wrapped in of hawser drives on reel and this pulley; And pulley is fixed on the top of counterbalanced weight, and hawser is wrapped on the following outside face of this pulley, and hawser is moved upward and is fixed on the end strengthening fabricated section, thereby realizes 1: 2 hawser pulling method.
28. elevator device as claimed in claim 25 is characterized in that, in described Electric Cord device, hawser one end is fixed on the fixed part that is formed on hoistway top; A pulley is fixed on two following centre portions of lift car, and hawser is wrapped on the following outside face of this pulley; A pulley is fixed on a top of car guide rail, and hawser is moved upward and is wrapped on the last outside face of this pulley; Hawser is moved downward and is wrapped on the following outside face of pulley of the last pars intermedia office that is installed in counterbalanced weight; Hawser is moved upward and is wrapped on the last outside face of driving reel of built-in winding plant; Subsequently, hawser is moved downward and is fixed on the top of counterbalanced weight, thereby realizes local 2: 3 hawser pulling methods and following messenger cable rope method.
29. elevator device as claimed in claim 25 is characterized in that, in above-mentioned Electric Cord device, an end of described hawser is fixed on the fixed part office that is formed on hoistway top; Pulley is fixed on twice centre portions of lift car and hawser is wrapped on the following pathway surfaces of pulley; A pulley is fixed on the top of another car guide rail, and hawser is moved upward and is wrapped on the last outside face of this pulley; A pulley along inclined direction is installed in the top of the driving reel of built-in winding plant, and the hawser that is moved downward from last deflection sheave is wrapped on the following outside face of the pulley that is fixed on counterbalanced weight top; The hawser that is moved upward is wrapped on the last outside face of pulley of bottom of the driving reel that is fixed on built-in winding plant; The hawser that is moved downward is fixed on the top of counterbalanced weight, thereby realizes local 2: 3 hawser pulling methods and following messenger cable rope method.
30. elevator device as claimed in claim 25 is characterized in that, in above-mentioned Electric Cord device, an end of described hawser is fixed on the fixed part office that is formed on hoistway top; A pulley is fixed on two following centre portions of lift car, and hawser is wrapped on the following outside face of pulley; A pulley is fixed on the top of another car guide rail, and hawser is moved upward and is wrapped on the last outside face of this pulley; The hawser that is moved downward is wrapped on the outer lower surface of pulley of the last centre portion that is fixed on counterbalanced weight; The hawser that is moved upward is wrapped on the last outside face of driving reel of built-in winding plant; And the hawser that is moved downward is wrapped on the following outside face of pulley of the pulley connecting portion office that is bonded on counterbalanced weight, and the hawser that is moved upward subsequently is fixed on to be strengthened on the fabricated section, thereby realizes 2: 4 hawser pulling methods and following messenger cable rope method.
31. elevator device as claimed in claim 25 is characterized in that, in above-mentioned Electric Cord device, an end of described hawser is fixed on the fixed part office that is formed on hoistway top; A pulley is fixed on two following centre portions of lift car, and hawser is wrapped on the following outside face of pulley; A pulley is fixed on the top of another car guide rail, and hawser is moved upward and is wrapped on the last outside face of this pulley; A pulley is bonded on the top of the driving reel of built-in winding plant, and S-shaped being wrapped in of hawser drives on reel and this pulley; A pair of pulley is installed in the top of counterbalanced weight, and the hawser that is moved downward from top sheave is wrapped on the following outside face of pulley; The hawser that is moved upward is wrapped on the last outside face of the pulley in the middle part of the reinforcement fabricated section that is fixed on built-in winding plant; The hawser that is moved downward is wrapped on the following outside face of pulley of counterbalanced weight, and hawser one end that is moved upward is fixed on the part of strengthening fabricated section, thereby realizes local 2: 4 hawser pulling methods and following messenger cable rope method.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR29131/1999 | 1999-07-19 | ||
| KR1019990029131A KR100351275B1 (en) | 1999-07-19 | 1999-07-19 | Machin room less elevator |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1280951A true CN1280951A (en) | 2001-01-24 |
| CN1205106C CN1205106C (en) | 2005-06-08 |
Family
ID=36127591
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB991274857A Expired - Fee Related CN1205106C (en) | 1999-07-19 | 1999-12-30 | Elevator system having no machine room |
Country Status (5)
| Country | Link |
|---|---|
| US (1) | US7025177B1 (en) |
| JP (1) | JP3410413B2 (en) |
| KR (1) | KR100351275B1 (en) |
| CN (1) | CN1205106C (en) |
| GB (1) | GB2352221B (en) |
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| SG135923A1 (en) * | 1998-07-13 | 2007-10-29 | Inventio Ag | Rope traction elevator |
| JP2002167137A (en) * | 2000-11-29 | 2002-06-11 | Toshiba Corp | Elevator |
-
1999
- 1999-07-19 KR KR1019990029131A patent/KR100351275B1/en not_active IP Right Cessation
- 1999-12-23 GB GB9930310A patent/GB2352221B/en not_active Expired - Lifetime
- 1999-12-29 US US09/474,121 patent/US7025177B1/en not_active Expired - Fee Related
- 1999-12-30 CN CNB991274857A patent/CN1205106C/en not_active Expired - Fee Related
-
2000
- 2000-01-11 JP JP2000006203A patent/JP3410413B2/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100358792C (en) * | 2002-08-14 | 2008-01-02 | 东芝电梯株式会社 | Elevator |
| CN102134036A (en) * | 2011-04-14 | 2011-07-27 | 广东菱王电梯有限公司 | Counter-weight system design of goods lift of 4:1 small machine room |
| CN102363486A (en) * | 2011-11-19 | 2012-02-29 | 希姆斯电梯(中国)有限公司 | Underlying elevator without machine room |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1205106C (en) | 2005-06-08 |
| GB2352221B (en) | 2002-05-22 |
| KR20010010321A (en) | 2001-02-05 |
| GB2352221A (en) | 2001-01-24 |
| JP3410413B2 (en) | 2003-05-26 |
| JP2001039645A (en) | 2001-02-13 |
| KR100351275B1 (en) | 2002-09-09 |
| GB9930310D0 (en) | 2000-02-09 |
| US7025177B1 (en) | 2006-04-11 |
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| C53 | Correction of patent of invention or patent application | ||
| CB02 | Change of applicant information |
Applicant after: LG. Odes Elevator Co., Ltd. Applicant before: LG Industrial Systems Co., Ltd. |
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| COR | Change of bibliographic data |
Free format text: CORRECT: APPLICANT; FROM: LG ELECTROGENESIS CO., LTD. TO: LG. ODES ELEVATOR CO., LTD. |
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| CF01 | Termination of patent right due to non-payment of annual fee |